Presentation 1 Slides - Fabrice Stassin - EMIRI

ENERGY MATERIALS INDUSTRIAL RESEARCH INITIATIVE
Bridging the Innovation Gap
EMIRI Tech Talk on Batteries for Energy Storage (stationary & e-mobility)
EMIRI Tech Talk on Advanced Materials for Batteries
Opening words and short introduction to EMIRI
EMIRI – Energy Materials Industrial Research Initiative – www.emiri.eu
Dr Fabrice Stassin - Managing Director -fabrice.stassin@emiri.eu

EMIRI Tech Talk on Batteries for Energy Storage (stationary & e-mobility) 22

Today’s speakers (1/3)
4
Martin Gieb holds a PhD in applied Physics and is
working in the European Commission since about
20 years. His areas were covering nuclear
safeguards, nuclear regulation and research funding
of materials science.
Within the advanced materials unit of the Industrial
Technologies Directorate of DG RTD he currently is
overlooking the area of materials for energy,
covering e.g. materials for automotive or stationary
storage and materials for sustainable energy
production.
Marcel Meeus started his career in 1970 at Metallurgy
Hoboken-Overpelt (later progressively transformed
into the present Company Umicore) and he held
several and highly diversified functions within this
Company in Research & Development, Production,
Application Management, Business Development and
Battery Business Line Management.
In January 2013 he retired after 42 years with Umicore
and he started a private consulting company
SUSTESCO, Sustainable Energy Services Consulting.
Martin GIEBMartin GIEBMartin GIEBMartin GIEB Marcel MEEUSMarcel MEEUSMarcel MEEUSMarcel MEEUS

Patrick CLERENSPatrick CLERENSPatrick CLERENSPatrick CLERENS
Mr Clerens studied law at the University of
Saarbrücken and the University of Mainz. Since
1996, he has worked as a consultant for a private
company specialising in European Affairs in Brussels.
In his capacity as Brussels Representative of different
European associations, he has been involved in the
climate and energy field since 2003. He has
managed the EASE office in Brussels as Secretary
General since its establishment in September 2011.
Since then, EASE has grown from the initial 13
founding members to almost 40.
Oscar Miguel Crespo is PhD in Chemistry by the
University of the Basque Country. He works for IK4-
CIDETEC as Business Development Manager in Energy
Storage, and has been involved in industrial research
activities for more than 15 years including technology
generation and product development.
He is active member of both EMIRI and EGVIA
associations, amongst other EU-level initiatives related
to energy storage research and its applications,
including EARPA and EERA.
Oscar MIGUELOscar MIGUELOscar MIGUELOscar MIGUEL

Dr. Vangelis Tzimas is Deputy Head of the "knowledge
for the Energy Union" Unit of the Energy, Transport and
Climate Directorate of the European Commission's Joint
research Centre. Vangelis has been with the
Commission since 2000. His activities include the
management and operation of the SET-Plan
information system (SETIS), the assessment of the role
of low-carbon energy technologies in the
decarbonisation of the energy system, and the analysis
of barriers to the large scale deployment of these
technologies. In this frame, Vangelis has developed an
activity in the JRC that assesses the link between
materials and energy technologies. Vangelis was
trained as materials engineer.
Jan Tytgat obtained a PhD in Chemistry from the
University of Leuven (Belgium). He joined Umicore in
1987 and has assumed several managerial positions
(laboratories, purchasing and battery recycling)
before joining Umicore’s Government Affairs
department in 2012. In his current position as
director Government Affairs EU-Benelux, he is in
charge of the relation with public authorities on
sustainable mobility, energy, trade and recycling.
He is Member of the Board of Recharge (the
European Association for Advanced Rechargeable and
Lithium Batteries) and of EBRA (the European Battery
Recycling Association).
Vangelis TZIMASVangelis TZIMASVangelis TZIMASVangelis TZIMAS Jan TYTGATJan TYTGATJan TYTGATJan TYTGAT

We want to collect your views on key questions (1/2)
Views will be aggregated and shared with
participants, EMIRI members, EU Commission
7
What are the main technological challenges to address over next
10 years in Advanced Materials for Li-ion batteries & post Li-ion
batteries?
What are the Advanced Materials in which EU has a strong
private / public R&I position ? (battery cell component - adv. mat.
type & chemistry – organization) (What about in Asia and in USA?)
Which technologies (Li vs post Li) & chemistries should EU bet on
for industrial impact? Why?
Flipcharts 2 & 3
Flipchart 4
Flipchart 1

How can EU better support R&I needs on Adv. Materials for
batteries & battery cells ?(BAU, partnerships, new instruments …)
We want to collect your views on key questions (2/2)
Views will be aggregated and shared with
participants, EMIRI members, EU Commission
Which are today’s industrial players in EU in (Adv. Mat. for)
battery cells? (level of cathode, anode, separator, …)
What is needed in EU to stimulate manufacturing of (Adv. Mat.for)
battery cells?
How can we better monitor & maximize the industrial impact
of EU R&I projects in the field?
Flipchart 5
Flipchart 6

EMIRI, Industrial Leadership of EU-based Industry
of Advanced Materials for low carbon energy (LCE)
technologies, and the European Policy Framework
OurOurOurOur IIIIndustryndustryndustryndustry isisisis stronglystronglystronglystrongly anchoredanchoredanchoredanchored inininin EuropeEuropeEuropeEurope andandandand servingservingservingserving globalglobalglobalglobal marketsmarketsmarketsmarkets butbutbutbut totototo maintainmaintainmaintainmaintain IIIIndustrialndustrialndustrialndustrial LLLLeadershipeadershipeadershipeadership,,,,
developdevelopdevelopdevelop manufacturingmanufacturingmanufacturingmanufacturing presencepresencepresencepresence andandandand innovationinnovationinnovationinnovation powerpowerpowerpower inininin Europe,Europe,Europe,Europe, EMIRIEMIRIEMIRIEMIRI collaboratescollaboratescollaboratescollaborates withwithwithwith EUEUEUEU andandandand MemberMemberMemberMember
StatesStatesStatesStates totototo shapeshapeshapeshape thethethethe EuropeanEuropeanEuropeanEuropean PolicyPolicyPolicyPolicy FrameworkFrameworkFrameworkFramework totototo ::::
StimulateStimulateStimulateStimulate, in frame of Energy Union, a, in frame of Energy Union, a, in frame of Energy Union, a, in frame of Energy Union, a
stronger growth of European market for LCEstronger growth of European market for LCEstronger growth of European market for LCEstronger growth of European market for LCE
technologies …technologies …technologies …technologies … Otherwise the Europe-based
sector of advanced materials will not develop
local manufacturing presence if growing
markets are outside Europe
Focus innovation support on fewer priorities inFocus innovation support on fewer priorities inFocus innovation support on fewer priorities inFocus innovation support on fewer priorities in
line with business realities so that industry canline with business realities so that industry canline with business realities so that industry canline with business realities so that industry can
develop competitive innovationdevelop competitive innovationdevelop competitive innovationdevelop competitive innovation----drivendrivendrivendriven
productsproductsproductsproducts … Otherwise manufacturing could
still happen in Europe but based on
innovation from elsewhere
Create a businessCreate a businessCreate a businessCreate a business----friendly environment so thatfriendly environment so thatfriendly environment so thatfriendly environment so that
manufacturing in Europe comes at a benefitmanufacturing in Europe comes at a benefitmanufacturing in Europe comes at a benefitmanufacturing in Europe comes at a benefit …
Otherwise the European markets could
become steadily served from outside
9

Action Innovation is key to Industrial Leadership
of EU in Adv. Materials for LCE techs & Adv. Materials
are key to restoring EU competitiveness in LCE techs
EMIRI calls for creation at EU level of an Innovation Pillar bridging the gap between
research and market and providing Industry with a stable framework stimulating EU-
based innovation
The Innovation Pillar on Advanced Materials for LCE techs will reduce innovation risks and
accelerate innovation to reach faster and better the market
The Innovation Pillar should be based on strong public private interactions, engage actors
along the value chain and build on orientations strongly supported by Industry & Research
In collaboration with the EU Commission DG R&I (and in line with Integrated SET Plan),
EMIRI developed the blueprint for this Innovation Pillar … The EMERIT Industry-Driven
Initiative (IDI)
10
EMERIT (Energy Materials for Europe – Research & Industry innovating Together) focusses
on TRL 4-7 and covers 20+ Innovation Topics on Advanced Materials for LCE techs
EMERIT will contribute to reinforcing presence in Europe of a competitive industry
impacting economic growth and employment (+ 50% beyond 2025), safeguarding
investments and creating strong innovation ecosystems for the Energy Union

Action EMERIT rests upon 4 Key Components featuring
20+ Innovation Topics covering priorities supported
by Industry & Research in LCE technologies
11
KC1
KC3 KC4
KC2
Scan here forScan here forScan here forScan here for
EMERIT IDIEMERIT IDIEMERIT IDIEMERIT IDI
+ E-mobility & lightweight EVs

* Based on estimates
Outline of
EMERIT IDI
EMERIT IDI
v 1.0
EU NMBP funding on Advanced Materials for Energy in Horizon 2020
EMIRI’s actions contributed to supporting the evolution
in EU R&I funding on Adv. Materials for LCE tech

But despite strong progress in EU funding support of
Advanced Materials, an adjustement is needed in FP9
NMBP WPNMBP WPNMBP WPNMBP WP
in Horizon 2020in Horizon 2020in Horizon 2020in Horizon 2020
ENERGY WPENERGY WPENERGY WPENERGY WP
in Horizon 2020in Horizon 2020in Horizon 2020in Horizon 2020
3.8 billion3.8 billion3.8 billion3.8 billion €€€€
4.7 billion4.7 billion4.7 billion4.7 billion €€€€
Advanced MaterialsAdvanced MaterialsAdvanced MaterialsAdvanced Materials
for LCE techsfor LCE techsfor LCE techsfor LCE techs
~ 400 million~ 400 million~ 400 million~ 400 million €€€€
funding support infunding support infunding support infunding support in
Horizon 2020Horizon 2020Horizon 2020Horizon 2020
~ 500.000 jobs in EU~ 500.000 jobs in EU~ 500.000 jobs in EU~ 500.000 jobs in EU
* LCE techs stands for Low Carbon Energy technologies
LCE techsLCE techsLCE techsLCE techs
~ 2.65 billion~ 2.65 billion~ 2.65 billion~ 2.65 billion €€€€
funding support infunding support infunding support infunding support in
Horizon 2020Horizon 2020Horizon 2020Horizon 2020
~ 500.000 jobs in EU~ 500.000 jobs in EU~ 500.000 jobs in EU~ 500.000 jobs in EU10%10%10%10%
55%55%55%55%
> 6> 6> 6> 6----foldfoldfoldfold
13

TAKE AWAYS
Advanced Materials are key to tackle climate change,
Energy Union and re-industrialization in EU
One of today’s most pressing global environmental challenge is
climate change mitigation
Accelerating transformation of the energy systems towards LCE is a
crucial part of the solution (also offering energy security)
LCE technologies cover energy performance of buildings, harvesting
of renewable energy, energy storage, decarbonization
Cost of LCE technologies must keep coming down to ensure
adoption & deployment of LCE in Europe and rest of the world
Advanced Materials accounting for important share of cost of LCE
technologies, innovation in Advanced Materials is needed to reduce
intrinsic cost, increase performance and lifetime of these
technologies
EU is losing leadership in LCE technologies and represent today less
than 15% of jobs in the sector (China is at 45% and growing)
EnvironmentalEnvironmentalEnvironmentalEnvironmental
ChallengeChallengeChallengeChallenge
TechnologyTechnologyTechnologyTechnology
BusinessBusinessBusinessBusiness
14
InnovationInnovationInnovationInnovation

TAKE AWAYS (ct’d)
And this is a Business Opportunity for EU
But EU should act better & faster to capture it …
EU (based on historical industrial strengths) has industrial
leadership in Advanced Materials for LCE - This represents 500.000
jobs direct & indirect (close to 50% of EU-based jobs in LCE
technologies)
Policies stimulating market pull & technology push of LCE
technologies to ensure manufacturing could lead, by 2025+, to
creation of 300.000 jobs in EU-based sector of Advanced Materials
To accelerate innovation in Advanced Materials, industry players
and research community within EMIRI call for an Innovation Pillar,
based on open collaboration between innovation actors
EMIRI has worked over 2015 in collaboration with EU Commission
DG R&I on the creation of the EMERIT Industry-Driven Initiative (IDI)
laying the foundations & priorities of the Innovation Pillar
EMERIT IDI will contribute to reinforcing presence in Europe of a
competitive industry impacting economic growth and employment
(+50% beyond 2025), safeguarding investments and creating strong
innovation ecosystems for the Energy Union
Up to EU now to reflect this into Horizon 2020 and beyond in terms
of ambitious funding support as well as clearly delineated priorities
The businessThe businessThe businessThe business
opportunityopportunityopportunityopportunity
The wayThe wayThe wayThe way
forwardforwardforwardforward
15

The added value of being an EMIRI member …
Join us to help shape the future of Adv. Materials
for a low carbon Energy Union
16
More on EMIRI at www.emiri.eu or by email to fabrice.stassin@emiri.eu

Presentation 1 Slides - Fabrice Stassin - EMIRI

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